1. To define terms and nomenclature specific to macromolecular optoelectronics, device fabrication, and standard methods of characterization, and to deliver recommendations for improving materials descriptions.
2. To summarize the terms in the form of a brief guide which will facilitate access to terms useful for academics, researchers, and students.
These objectives will deliver two documents: new recommendations and a brief guide.
Organic semiconductors based on conjugated polymers have revolutionized the fields of light-emitting diodes, solar energy conversion, and printable plastic electronics. Organic light-emitting diodes (OLEDs) are widely used in digital displays and recently have found applications in energy efficient light-emitting panels. The uses of polymer-based semiconductors for these applications such as OLED or photovoltaic devices include the advantages of a highly processable or/and solution processable integration into a wide-variety of printable/flexible designs. The ability of roll-to-roll processing furthers their development and economic advantage for use in printed electronics and low-cost solar energy conversion applications.
To bring awareness of these chemical/technological advances to the widest audience, to inspire the next generation of scientists, and to clarify the terms used between disparate but inter-related sciences around (opto-) electronics, the proposed Guide to Polymer Semiconductors will introduce researchers, students, and a general scientific audience common polymer semiconductor materials, their nomenclature, and terms used for applications and standard methods to characterize newly synthesized materials.
This project will also result in the preparation of a concise 2/3-page Brief Guide to Polymer Semiconductors document that will act as a basic guide to studying the terminology for polymer semiconductors and will be readily accessible within the pages of those journals. Journals and society magazines publishing in polymer science and related sciences will be encouraged to participate in the project. The guidelines will include:
- Terms commonly used in academic and/or commercial polymer semiconductor research, their properties and uses
- Terminology used when considering semiconductor polymer nomenclature
- Terms commonly utilized in characterization techniques (hole/electron mobilities, exciton diffusion lengths, electronic spectra, etc.)
- Hyper-links to relevant IUPAC documents
- Hyper-links to polymer semiconductor resources
Both guides will be complementary to the Electromagnetic-Field Responsive Polymers project (2006-028-1-400). However this project will focus specifically on contemporary semiconductive polymers materials (development, syntheses, characterization, and applications). For example: the guides will address the specifics about naming newly developed and incorporated heterocycles such as isoindigo moieties used in the backbone of donor-acceptor conjugated polymers. It would not cover terminology related to modifying polymer semiconductors such as doping or concepts related to their conductivity. The guides will focus on highly functional, newly developed semiconductor materials as well as classic polymer semiconductor materials such as poly(3-hexylthiophene) – (P3HT).
Sep 2016 – Project announcement published in Chem. Int. Sep 2016, p. 24; https://dx.doi.org/10.1515/ci-2016-0516
Page last updated 21 Sep 2016